Benchmarking Cloud-HPC Hardware for R&D and Engineering Applications
An IT and HPC Leader’s Guide to Optimizing Their Most Critical Compute-Driven Operations.
An IT and HPC Leader’s Guide to Optimizing Their Most Critical Compute-Driven Operations.
In a race to be first to market for urban electric vertical takeoff and landing (eVTOL) taxis, Vertical Aerospace invests heavily in engineering talent and
Firefly Aerospace, a start-up based in the suburbs of Austin, Texas, is building a rocket to fly to the moon. No, this isn’t a remake of “A Grand Day Out With Wallace and Gromit,” in which the animated duo go to the lunar surface on a search for cheese; it’s a real company. It’s also…
Sensatek Propulsion Technology, situated on the Space Coast – the aerospace hub of Florida, delivers cutting-edge turbine sensor technology to customers in record time. In the
Read exactly how — and where — the Aerospace industry can leverage Rescale to achieve their strategic initiatives. This document contains Rescale’s value add to the constituent industry segments and workflows.
ARC is an innovative aerospace company that 3D prints metal rocket engines for the expanding space industry. They leverage additive manufacturing and industry-leading scientists to create high performance propulsion components.
Using engineering simulation, big compute and 3-D printing, Optisys achieves orders-of-magnitude reduction in antenna size and weight while reducing development time. By leveraging ANSYS electromagnetic and structural simulation tools running on Rescale’s big compute platform, this startup’s engineers take full advantage of the design freedom offered by 3-D printing to meet radio frequency (RF)…
Boom Supersonic is an aerospace startup that is redefining passenger air travel. They are designing a supersonic passenger jet that will take business travelers from San Francisco to Tokyo in 5.5 hours, revolutionizing business travel and revitalizing a long stagnant industry.
Using engineering simulation, big compute and 3-D printing, Optisys achieves orders-of-magnitude reduction in antenna size and weight while reducing development time.